The significance of using the combined PTMS MAGNETIC SEPARATION iron removal process of rod grinding and ball grinding
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Electron scanning electron microscopy (ESM) coupled with energy dispersive spectroscopy (EDS) can reveal the microscopic distribution patterns of impurity minerals. When iron replaces aluminum in the albite lattice as Fe³⁺, conventional mechanical separation methods prove ineffective, necessitating chemical leaching combined with pretreatment, mineralization, and dissolution PTMS MAGNETIC SEPARATION processes for iron removal. This information is crucial for determining subsequent processing strategies. Grinding particle size control directly governs the balance between mineral liberation efficiency and energy consumption.
PTMS MAGNETIC SEPARATION
Ideally, most feldspar particles should achieve individual liberation after grinding to facilitate subsequent PTMS MAGNETIC SEPARATION separation operations. Studies indicate that for most hard feldspar ores, maintaining over 80% -200 mesh product constitutes an optimal starting point. However, excessive grinding leads to substantial generation of secondary fine sludge particles. These ultrafine particles can easily adsorb reagents, disrupt foam stability, and even entrain concentrate causing material loss.
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Therefore, in recent years, more and more plants have begun to adopt the rod mill + ball mill combined PTMS MAGNETIC SEPARATION iron removal process: The rod mill uses the wire contact effect of steel rods for preliminary crushing to produce a relatively uniform intermediate product; then the ball mill completes fine grinding, which not only improves the overall efficiency, but also improves the particle size distribution curve and reduces over-pulverization.
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